Metamorphosing The Electronic Manufacturing Space

Mark Dickin is an additive manufacturing and molding engineering manager passionate about advanced manufacturing technology. He joined Ricoh after attaining a technical apprenticeship n 1999. He is known for his adept proficiency in the manufacturing sector and is noted for his zest to keep himself updated in the field of fast pacing technology.

In an exclusive interview with Electrical Business Review Magazine, Dickin shared his valuable insights on the challenges, trends and best practices in the Electronics Manufacturing space.

Could you give me a brief overview of your experience within the advanced manufacturing space?

Ricoh presents an expansive technology portfolio encompassing diverse fields, ranging from copier manufacturing to business development, inkjet and 3D printing, moulding technologies, and software solutions. We have been at the forefront of utilizing innovative tools and technology, exhibiting expertise in the moulding field. Ricoh forayed into the additive manufacturing market by introducing a sizable format printer, the SMS printer for polymers. This has garnered notable success and market acceptance, particularly in Europe.

I have been active in additive manufacturing since 2018. Ricoh has undergone a transformative evolution, shifting its focus from hardware sales assistance to fully customizable production solutions centred on 3D printing in the European market.

I have shifted from hardware sales to customizable 3D printing services in Europe. My focus on additive manufacturing market intelligence involves developing a metal binder jetting system and supporting diverse printing projects.

What are some of the most significant challenges you face in your everyday operations?

One of the major challenges is educating customers. Creating consumer awareness about the benefits of additive manufacturing is crucial for both businesses and engineers. Many individuals remain unaware of the technology’s full potential, resulting in a tendency to compare prices with conventional pricing methods. The second major challenge lies in the scarcity of skilled professionals within the domain. To tackle this issue, businesses should prioritize customer engagement and proactively address engineering scalability deficiencies.

What, according to you, are some of the most exciting advancements or breakthroughs in this field? What are some of the upcoming advancements that you look forward to?

Additive manufacturing has unprecedented potential and will have a revolutionary influence on current industrial practices. Metal bioenergy, in particular, focuses on components made of aluminium. This technology has advanced quickly in the last few years, and the retail application of this technology is highly anticipated. Additionally, we are working on a project using carbon fiber-reinforced polymers, which is groundbreaking in its innovations that provide augmented capabilities and intricacies. We are also undertaking a project to launch a dental printer for crowns and dentures that will redefine the market.

The future of rising talents holds remarkable opportunities, and the world is their oyster

What are some of the latest trends and developments in additive manufacturing and moulding engineering?

We actively participate in various industry networks and associations to stay connected and informed. In addition to being members of the AM UK network and the British Plastics Federation, we are also actively involved in the ASTM standards and book committee. The strategic location of our workshop, based in Germany, enables us to efficiently cater to the needs of our clients and undertake projects related to metal bio digestion.

Furthermore, investing in training and educational programs ensures that all team members are proficient in the latest techniques, materials, and processes, thus prioritizing continuous learning and development.

What are some strategies or approaches that you employ to foster innovation within your team as an engineering manager?

Networking in manufacturing and attending trade exhibitions and conferences are crucial for self-learning and growth. This is accomplished by collaborating with Japan on revolutionary technology and customer support. Although supporting applications and developing transformative technologies are crucial, they do not naturally come with our position. It is l important to confirm that these initiatives align with our goals and aspirations.

What advice would you offer to young professionals interested in pursuing a career in electronics manufacturing?

The advancement of AI in advanced manufacturing marks an exhilarating period, offering a perfect fusion of digital and physical realms, making it a truly gratifying experience for individuals. Witnessing the entire process, from designing to printing and ultimately beholding the finished product, is truly rewarding. Local colleges wholeheartedly embrace this technology, enticing students to immerse themselves in its realm and nurture their talents.

The future for budding talents in this domain holds remarkable opportunities with the world at its feet. The abundance of possibilities and creative career paths makes this an ideal moment to delve into and actively engage with new technologies. I believe that now is the perfect time to embark on a journey of learning and exploration in this exciting field.